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facet边缘检测的matlab源代码
- facet边缘检测的matlab源代码,是基于二阶模型，只要运行最后一个hhh.m就可以了-facet Edge Detection Matlab source code is based on second-order model, as long as the last one run on the hhh.m
二阶倒立摆建模仿真
- 二阶倒立摆的simulink模型建模仿真。以及初始化代码-second inverted pendulum the Simulink modeling simulation. And initialization code
对具有随机噪声的二阶系统的模型辨识
- matlab在系统辨识中的应用此处为对具有随机噪声的二阶系统的应用的源代码及运行后结果（包括图像）-Matlab system identification in the application is right here for the second random noise of the system source code and running after the results (including images)
对具有随机噪声的二阶系统的模型辨识
- matlab在系统辨识中的应用此处为对具有随机噪声的二阶系统的应用的源代码及运行后结果（包括图像）-Matlab system identification in the application is right here for the second random noise of the system source code and running after the results (including images)
facet边缘检测的matlab源代码
- facet边缘检测的matlab源代码,是基于二阶模型，只要运行最后一个hhh.m就可以了-facet Edge Detection Matlab source code is based on second-order model, as long as the last one run on the hhh.m
二阶倒立摆建模仿真
- 二阶倒立摆的simulink模型建模仿真。以及初始化代码-second inverted pendulum the Simulink modeling simulation. And initialization code
least_square_estimation_model_select
- 生成一组带有高斯噪声的样本,分别用一阶,二阶,三阶的最小二乘估计方法进行拟合,然后分别用AIC,MDL,FPE,CAT四种评测模型对其性能进行比较,得到最优的拟合模型.
backAR
- 二阶自回归信号模型AR（2） 希望能对大家有用 献给大家了-Signal model of second-order autoregressive AR (2) useful for all of us hope that we all have had a dedicated
spectralanalysis
- 谱估计（建立二阶AR模型）、利用FFT求解功率谱估计、利用AR模型的Yule-Walker方程求解模型参数等-Spectral estimation (the establishment of second-order AR model), using FFT to solve the power spectrum estimation using AR model of Yule-Walker equation model param
main
- 梯度寻优，二阶模型的辨识，结果很准,工业控制热工传递曲线等-Gradient optimization, second-order model identification, the result is quasi-
ma_work
- 二阶数学模型的NLJ辨识MATLAB实现，仿真结果验证了NLJ在系统辨识中的可操作性.-Identification of second-order mathematical model of the NLJ MATLAB implementation, simulation results show the NLJ in the System Identification operability
scop
- 用于配电网的重构的混合整数二阶锥规划，利用yamilp工具箱，同时利用了cplex/mosek等求解器求解，配电网示例网架结构较简单。(The mixed integer two order cone programming is used in the distribution network reconfiguration, and the yamilp toolbox is used. At the same time, the
ADRC Demo for 1st and 2nd order plants
- 自抗扰一阶和二阶ESO模型，清晰的ESO一阶和二阶siumlink程序图，添加相应的处理信号可以直接使用。(ADRC Demo for 1st and 2nd order plants)
PSO-PID参数
- 利用标准粒子群算法优化PID参数，用以控制直流电机模型(The standard particle swarm optimization (PSO) algorithm is used to optimize the PID parameters to control the DC motor model)
PLL
- 一个基于二阶广义积分器的锁相环仿真模型，可以测得三相正弦信号的相位和频率(Phase-locked loop simulation model based on Nikai Hiroyoshi integrator)
adrc
- 一阶和二阶线性自抗扰控制simulink仿真模型(First order and two order linear ADRC Simulink simulation model)
RLS_Libattery
- 基于递归最小二乘算法在线辨识锂离子电池一阶模型参数。(The first order model parameters of lithium ion battery are identified online based on recursive least square algorithm.)
EKF调通过的程序m语言
- 离线辨识的二阶电池模型的参数，可以实现EKF的soc估算(Off-line identification of parameters of second-order battery model can realize SOC estimation of EKF)
EKF3
- 该Simulink仿真模型基于锂电池的二阶RC模型，采用扩展卡尔曼滤波算法实现锂电池的SOC估计。(The Simulink simulation model is based on the second-order RC model of lithium batteries, and the extended Kalman filter algorithm is used to estimate the SOC of lithium
zuixiaoercheng
- 两种对二阶系统进行参数辨识的最小二乘算法，一种可以直接得到输入输出之间的传递函数，一种可以解出线性的差分方程各系数，再反解得到传递函数。附带的一个二阶系统的模型，可以自行下载导入输入输出数据进行试验。(Two kinds of least square algorithm for parameter identification of second-order system, one can directly get the trans